use Perl; Shutting Down Indefinitely

use Perl;

I am no longer working for Slashdot/Geeknet as of September 30. I am actively seeking new employment. Unless you want to hire me, you don't need to care, unless you also care about use Perl;, because it has been generously hosted by Geeknet since I started the site over 10 years ago, shortly after I was hired by Andover.Net to work on Slashdot.

Long story short, I have not done much with the site in recent years, so my options at this point are to do nothing; migrate the site to a new server and keep it running as-is; or take the data and do something with it on a new site. Or something I haven't thought of.

I am hereby accepting proposals for what to do with use Perl;. In short, I would like to donate it to someone who will give it a good home. If you're interested, give me your best pitch.

Summary of Celtics vs. Lakers NBA Finals History

There have been 60 NBA Finals. The Boston Celtics have won 17, and the Minneapolis/Los Angeles Lakers have won 15, which amounts to those teams winning more than half of all NBA Finals. This year, they play each other in the Finals again, making it 33 champions out of 61 being either the Lakers or the Celtics.

Additionally, 39 of the 61 Finals have included either the Lakers or the Celtics. Including this year, the Celtics and Lakers have played each other in the Finals a whopping 12 times (just under one-fifth of all Finals have been these two teams).

The Celtics have made 21 total Finals appearances, so have faced the Lakers more than half of the times they've been in the Finals. The Lakers have made 30 Finals appearances, facing the Celtics in two-fifths of those.

The Celtics won nine of those against the Lakers, which accounts for more than half of all their 17 championships. The Lakers' two victories over the Celtics came after the Celtics won their first eight encounters.

The longest streak without either team in the Finals was eight years from '92-'99. The longest streak with either the Lakers or Celtics in the Finals was 10 years, done twice (from '57-'66, in which the Celtics appears all 10 years, and the Lakers five of those; and '80-'89, in which the Lakers appeared eight times, the Celtics five).

The longest streak for one team appearing in the Finals was, as noted, Boston, in the 10 years from '57-'66. Boston won nine of those 10 years, including eight in a row (the longest winning streak from any one team) from '59-'66, and also won 10 in 12 years, from '57-'69.

The Lakers' longest appearance streak is "only" four, from '82-'85, winning twice; but they have also appeared three times in a row five additional times (including the current three-year streak). In two of those, they won all three years; in one, they lost all three.

The only other team to "threepeat" was the Bulls, winning three years in a row twice in eight years ('91-'98). No other team but the Celtics and Lakers have had four consecutive appearances. The only other team to have three consecutive appearances was the Knicks, losing all three from '51-'53.

My Slashroulette Videos

Today Slashdot did a spoof of Chatroulette, that we called Slashroulette. We prerecorded videos of ourselves and others. Here's five of the six I did (the sixth was me tuning the guitar, I didn't post that one on YouTube): video 1, video 2, video 3, video 4, video 5.

My Netgear Router is Dumber Than It Thinks It Is

I upgraded the firmware on my Netgear router today and it wouldn't let me use the LAN IP I usually use for it, 10.0.1.1, because it thinks my ISP uses that subnet, because I set the router to read from my own internal DNS. Took me awhile to figure out why it thought what it did, because it didn't occur to me that it would care what DNS addresses I gave it.

Moving 32-bit Intel Perl to Mac OS X 10.6

When you move a 32-bit x86 perl installation to a 64-bit Mac OS X 10.6 environment, you should edit $ARCH/Config_heavy.pl and add "-arch i386" to lddlflags, ldflags, and ccflags. The compiler and tools in Mac OS X 10.6 assume 64 bits unless you explicitly tell it otherwise, but some 32-bit installs don't bother putting in an -arch flag, because at the time it wasn't necessary.